Delete network.feature doc (#13107)

not implemented and no longer needed

1 files changed, 0 insertions, 76 deletions

diff --git a/docs/networking.feature b/docs/networking.feature
deleted file mode 100644
index 3fcbfe8ef3..0000000000
--- a/docs/networking.feature
+++ /dev/null
@@ -1,76 +0,0 @@
-Feature: Networking Topology Visualization
-    In order to increase the ease and understanding of network automation
-    As as network engineer
-    I want a visualization of the network topology so that I can
-    easily understand how the network topology is connected
-
-    Scenario: Blank canvas
-        Given an ansible inventory
-        When the user clicks on the network topology icon for that inventory
-        Then populate the toolbox with the data loaded from inventory
-
-    Scenario: Device Organization
-        Given an ansible inventory loaded into the canvas toolbox
-        When the user clicks and drags on a device in the inventory toolbox
-        Then place the device onto the topology canvas at the location of the user's mouse pointer
-
-    Scenario: Link Connection
-        Given an ansible inventory loaded into the canvas toolbox
-        When the user clicks and drags on a device in the inventory toolbox
-        Then automatically draw lines and circles that represent the links
-        And interfaces of the connected devices.
-
-    Scenario: Customize Layout
-        Given a canvas populated with a network topology
-        When the user clicks and drags on a device on the topology canvas
-        Then move the device to the location of the user's mouse pointer
-        And update the links and interfaces representations
-
-    Scenario: Export SVG
-        Given a canvas populated with a network topology
-        When the user clicks on the Export SVG button
-        Then capture the current view of the canvas
-        And download an SVG file of the canvas to the users computer
-
-    Scenario: Export YAML
-        Given a canvas populated with a network topology
-        When the user clicks on the Export YAML button
-        Then capture the state of the current view of the canvas
-        And download a YAML file that represents the data to the user's computer
-
-    Scenario: Pan
-        Given a canvas populated with a network topology
-        When the user clicks and drags on the background
-        Then move the viewport of the virtual canvas to match the user's mouse movement
-
-    Scenario: Zoom
-        Given a canvas populated with a network topology
-        When the user scrolls their mousewheel or clicks and drags on the zoom widget
-        Then scale the viewport of the virtual canvas to the zoom level reflected on the zoom widget
-
-    Scenario: Hide information when zooming out
-        Given a canvas populated with a network topology
-        When the user zooms out via mouse wheel or zoom widget
-        Then hide low-level information to provide a high-level overview as the zoom level changes
-
-    Scenario: Show more information when zooming in
-        Given a canvas populated with a network topology
-        When the user zooms in via mouse wheel or zoom widget
-        Then show more low-level information to provide more detail for the devices that are in view on the virtual canvas
-
-    Scenario: Device Detail
-        Given a canvas populated with a network topology
-        When the user clicks on show details device context menu button
-        Then show the device details including name, description, and host vars
-
-    Scenario: Remove Device
-        Given a canvas populated with a network topology
-        When the user clicks on remove device context menu button
-        Then remove the device and connected links from the canvas
-        And return the device to the inventory toolbox
-
-    Scenario: Search by Device Name
-        Given a canvas populated with a network topology
-        When the user types the device name or selects it from a device drop down list
-        Then position the viewport on the virtual canvas over the device with that name
-